By engaging in scientific research projects and crafting innovative solutions, we have broadened our business horizons, achieved remarkable growth, and developed new skills. This dynamic approach has cultivated an inspiring work environment, ignited innovation, and unlocked exciting new business opportunities.

Our long-term strategy focuses intensely on excelling in research and development services. These services are the pillars that support our cutting-edge solutions, driving sustainable growth and enhancing a thriving, competitive economy.

Advanced transformer research

We conduct detailed research, analyses, and calculations on electromagnetic, electrodynamic, and thermal phenomena in transformers. To ensure the long-term reliability and smooth operation of essential equipment such as transformers, our research encompasses monitoring of power transformers, investigating UHV and HVDC transformer insulation properties, researching new insulating materials, noise research and analysis of additional losses.

Additionally, our experts perform overvoltage analysis in the grid and transformers, transformer fault analysis and analyses and calculations of dielectric systems.

Research in rotating machines

We conduct comprehensive research on phenomena, advanced design, and applications of electrical rotating machines. Our work in electrotechnical materials, such as magnetic materials, conductors, insulation, and insulation systems, is of paramount importance. Additionally, our research extends to noise and vibration, with a particular focus on rail vehicles, generators, and transformers.

Our specialists are highly skilled in providing consulting services for analytical calculation methods related to electrical machines, including electromagnetic, ventilation, thermal, and mechanical calculations. Additionally, we offer services for evaluating and implementing innovative calculation methods, such as 2D and 3D FEM models and dynamic simulations. Our capabilities extend to developing studies in electromagnetic phenomena, fluid dynamics, and heat exchange.

Development of functional safety systems

For nearly three decades, we have been helping our partners tackle challenges related to control, electronics, communication, and ICT within the railway sector.

We specialize in providing control solutions that meet the stringent requirements of railway functional safety standards (EN 50126, EN 50128, EN 50129, EN 50159, EN 50657, up to SIL4) as well as machinery standards.

Our approach centers on viewing customers as partners and relying on our experienced, competent, and creative team. We ensure that customer requirements are aligned with LCC (Life Cycle Cost), RAMS (Reliability, Availability, Maintainability, and Safety), and CENELEC (European Committee for Electrotechnical Standardization) standards.

Our philosophy mirrors that of LEGO bricks: creating simple, modular solutions for a broad range of applications, ensuring compatibility of hardware and software components to address obsolescence—develop once, use repeatedly.

Research in switching apparatus and switchgear

Our research in the field of switching apparatus and switchgear involves the study of current interruption in low, medium, and high voltage equipment. We engage in research and the development of applied solutions for the mechanisms of switching devices, focusing on kinematic and dynamic component analysis. We deliver research and solutions across solid mechanics, fluid mechanics, thermodynamics, and electromagnetic fields, particularly in solving coupled interdisciplinary challenges. Additionally, we specialize in applied solutions for metal-enclosed busbars and switchgear, and we emphasize our cutting-edge research in monitoring switching apparatus.

Research in materials and technologies

Our key R&D efforts in the field of materials and technologies focus on conducting comprehensive stress analyses (including static, dynamic, transient, fatigue, and damage assessments), vibration calculations, and seismic resistance calculations. Additionally, we track the development and selection of new materials, and perform extensive research on material bonding techniques.

Research and development in renewable energy sources 

In this area, our research and development activities focus on performing analyses and calculations during the design of energy systems that utilize renewable energy sources, ensuring optimal performance and efficiency. We carry out energy potential analysis of locations to optimize the use of solar energy through photovoltaic conversion, and we assess the power quality of photovoltaic power plants as well as wind power plants to ensure their electrical quality. Our most significant activity is researching the use of hydrogen technology for the production of electrical and thermal energy. Furthermore, we conduct various analyses, studies, and projects on renewable energy sources, with a particular emphasis on photovoltaics, wind energy, and hydrogen applications.